Finally, the dispersion characteristics of hole-assisted lightguide fibers are analyzed. It is found that more air holes, larger air holes, and air holes closer to the fiber core all help to reduce the zero dispersion wavelength.
最后,研究了一类光子晶体光纤-孔助光纤(hole-assisted lightguide fiber)的色散受空气孔参数的影响,结果表明增加包层空气孔的数目、大小以及使空气孔靠近纤芯都有助于零色散波长向短波长移动。
参考来源 - 光子晶体光纤色散特性的理论研究·2,447,543篇论文数据，部分数据来源于NoteExpress
However, third-order dispersion (TOD) will affect the stability of soliton propagation when the wavelength of signal is in the zero dispersion wavelength regions.
然而，当入射波长处于零色散波长区时，三阶色散将影响孤子传输的稳定性。
The spectral dispersion of single-mode fiber is measured and the zero chromatic dispersion wavelength, the slope of dispersion vs. wavelength are obtained.
对单模光纤的色散谱进行测量，得出单模光纤的零色散波长和色度色散随波长变化的斜率。
Propagation feature of optical soliton near the zero-dispersion wavelength point is researched by using Reductive Perturbation Method (RPM) and Renormalization Method in this paper.
本文利用约化摄动重整化方法研究了光纤零色散波长点附近光孤子传输的特征。
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